Fluid Dynamics - Boundary Layers

Derivation of the three measurements of a boundary layer: disturbance thickness, displacement thickness, and momentum thickness.
Description of the Blasius solution, and the use of the Blasius solution to find the shear stress on a laminar flat plate.

[@kupo871]

Awesome, love the content.

[@cooldude6975]

This is an amazing explanation !! Thanks !!

[@sanki1404]

Loved it.. didn't had the urge to speed it up or skip parts becoz u have already strategically done it.. concisely explained what Blasius equation is used for.
Now will look for its derivation.

[@ginjafunk]

Amazing Video !

[@willa3302]

Thank you so much! life saver.

[@9wyn]

Thank you 🙏

[@f.martinez7063]

thanks so much for this nice and useful lecture 😊

[@atillaus9168]

respect

[@Vaeuca]

Thank yu prof

[@gopendarbhukya7970]

Is this boundary layer thickness for flow over a flat plate

[@OliverHardy65]

Hi, why the derivative of \sqrt(x) in the last row?

[@r2k314]

That was very clear, but you never explained how the velocity function was derive. Could you please. Thank You.

[@eugenetalanov1535]

Hello thank you
just a question
can you make a video on how to solve this problem:
Using Blasius solution plot the velocity at x= 0.1 m and 1m for assuming
a free stream velocity of 30m/s and a temperature of 25C.
Calculate the boundary layer thickness and displacement
and the momentum thickness. Calculate also the friction and the drag coefficient.
thank you

[@InquisitorBoomBoom]

Did you get your answer?

[@Aurora-pp3cs]

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